Wire arc additive manufacturing (WAAM) technique became an emerging manufacturing
technology because of its cost-effective in creating large-scale metal parts with moderately …

The enhancement in laser technology opened up new methods such as additive
manufacturing (AM) of metals. While AM offers high design flexibility and reduced material …

Additive manufacturing (AM) has enabled the creation of geometrically complex parts for a
range of industries. However, the nature of AM often requires multiple post processing …

The laser speckle correlation method has found widespread application for obtaining
information from vibrating objects. However, the resolution and accuracy of the laser speckle …

Application of 'cos α'method using portable 2DXRD instruments has attracted considerable
attention for rapid, in-line residual stress measurements. However, the validity of this …

Residual stress is responsible for various engineering failures in cases where the
magnitude of residual stress exceeds the ultimate strength. With the aim of minimizing the …

Hole drilling is the most widespread method for measuring residual stress. It is based on the
principle that drilling a hole in the material causes a local stress relaxation; the initial …

Abstract The Fused Deposition Modelling (FDM) is nowadays one of the most widespread
techniques for 3D object rapid prototy**. In recent years, the FDM evolved from rapid …

Most manufacturing processes, including welding, create residual stresses. Residual
stresses can reduce material strength and cause fractures. For estimating the reliability and …

Distributions of residual stress components in explosively welded three-layer plate
composed of titanium Grade 12, titanium Grade 1 and SA516 Grade 70 steel are …